Key Features
Reduce visible light reflection.
High visible light transmittion.
Applications
LCD Monitor.
Windows.
Optical Equipments.
Laser Equipments.
Specifications
AR94S (Single side AR Coating)
Spectral Characteristics |
|
| Tave>94% @ 420-680nm |
| Physical Characteristics |
| Thickness |
| Glass: 0.4, 0.55, 0.7, 1.1mm |
| Dimension |
| Square: 3*3 ~ 80*88mm |
| Round: 3 ~ 76 |
| Resistant Temperature |
| 150 Celsius |
AR94D (Dual side AR Coating)
Spectral Characteristics |
|
| Tave>94% @ 420-680nm |
| Physical Characteristics |
| Thickness |
| Glass: 0.4, 0.55, 0.7, 1.1mm |
| Dimension |
| Square: 3*3 ~ 80*88mm |
| Round: 3 ~ 76 |
| Resistant Temperature |
| 150 Celsius |
AR98 (Dual Mutil-Layer AR Coating)
Spectral Characteristics |
|
| Tave>98% @ 420-680nm |
| Physical Characteristics |
| Thickness |
| Glass: 0.4, 0.55, 0.7, 1.1mm |
| Tempered Glass: 2, 3mm |
| Dimension |
| Square: 3*3 ~ 80*88mm |
| Round: 3 ~ 76 |
| Resistant Temperature |
| 150 Celsius |
ARIR (Red and Infrared AR coating)
Spectral Characteristics |
|
| Tave>98% @ 800-1064nm |
| Physical Characteristics |
| Thickness |
| B270(*7): 1.1, 2.0, 3.0mm |
| D263T(*7): 0.3, 0.55, 0.7mm |
| Dimension |
| Square: 4*4 ~ 160*160mm |
| Round: 4 ~ 150 |
| Resistant Temperature |
| B270: 150 Celsius |
| D263T:300 Celsius |
ARIR2 (Red and Infrared AR coating)
Spectral Characteristics |
|
| Tave>98% @ 600-1000nm |
| Physical Characteristics |
| Thickness |
| B270(*7): 1.1, 2.0, 3.0mm |
| D263T(*7): 0.3, 0.55, 0.7mm |
| Dimension |
| Square: 4*4 ~ 160*160mm |
| Round: 4 ~ 150 |
| Resistant Temperature |
| B270: 150 Celsius |
| D263T:300 Celsius |
ARIR3 (Visible & Infrared AR coating)
Spectral Characteristics |
|
| Tave>96% @ 420-900nm |
| Tave>98% @ 900-1100nm |
| Physical Characteristics |
| Thickness |
| B270(*7): 1.1, 2.0, 3.0mm |
| D263T(*7): 0.3, 0.55, 0.7mm |
| Dimension |
| Square:4*4~160*160mm |
| Round: 4 ~ 150 |
| Resistant Temperature |
| B270: 150 Celsius |
| D263T:300 Celsius |
Information and Notes
1. We also offer coating service by customer's substrates.
2. Single side single layer ar coating can reduce reflectance from 4~5% to 2~2.5% and raise transmittnce from 91~92% to 93~95%.
3. Dual sides single layer ar coating can reduce reflectance from 4~5% to 2~2.5%(each side) and raise transmittnce from 91~92% to 95~96.5%.
4. Single side multilayers ar coating can reduce reflectance from 4~5% to 0.5~1% and raise transmittnce from 91~92% to 94~95.5%.
5. Dual sides multilayers ar coating can reduce reflectance from 4~5% to 0.5~1%(each side) and raise transmittnce from 91~92% to 98~99.5%.
6. Coating by PVD-EBGE (Physical Vapor Deposition-Electron Beam Gun Evaporation).
7. B270 and D263T are trademarks of SCHOTT AG.
8. Browse below for more information and products.
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